FLP-1

Question 1 of 200

1. Question

1 points

A graph is drawn with force along Y-axis and time along X-axis. The area under the graph represents

Momentum
Couple
Moment of the force
Impulse of the force

Question 2 of 200

2. Question

1 points

An object is dropped from rest. Its v-t graph is

Question 3 of 200

3. Question

1 points

If a projectile is thrown with 19.6m/s velocity at 30^° with x-axis, time taken to reach highest point?

1 sec
2 sec
3 sec
4 sec

Question 4 of 200

4. Question

1 points

If a body starts from a point, and returns back to the same point, then its

Average velocity is zero but not average speed
Both average velocity and average speed are not zero
Average speed is zero but not average velocity
Both average speed and average velocity are zero

Question 5 of 200

5. Question

1 points

When the average velocity of a moving body is equal to its instantaneous velocity then it is moving with

Uniform velocity
Uniform acceleration
Variable velocity
Variable acceleration

Question 6 of 200

6. Question

1 points

If the initial speed of a projectile is doubled.

Its range will double
Its range will quadruple
Its range will be decreased by a factor of two
Its range will decrease by a factor of four

Question 7 of 200

7. Question

1 points

A newton is the force

Of gravity on a 1kg body
That gives a 1kg body an acceleration of 1m/s²
Of gravity on a 1g body
That gives a 1g body an acceleration of 1cm/s²

Question 8 of 200

8. Question

1 points

Consider the following ﬁve graphs (note the axes carefully). Which of these represents motion at constant speed?

IV only
I and IV only
IV and V only
I and II only

Question 9 of 200

9. Question

1 points

The displacement time graph for a moving particle is given below. The instantaneous velocity of the particle is negative at the point.

D
F
C
E

Question 10 of 200

10. Question

1 points

The ratio of magnitudes of average velocity to average speed of a moving body in a straight line

Always less than one
Always equal to one
Always more than one
Equal to or more than one

Question 11 of 200

11. Question

1 points

The “reaction” force does not cancel the “action” force because:

The action force is greater than the reaction force
They act on diﬀerent bodies
They act in the same direction
The reaction force is greater than the action force

Question 12 of 200

12. Question

1 points

The slope of v-t graph for uniform velocity is

ZERO
Positive
Negative
Positive or negative

Question 13 of 200

13. Question

1 points

No body begin to move or comes to rest itself is statement of

Newton
Abu Ali Sena
Maxwell
Planck’s

Question 14 of 200

14. Question

1 points

When a force of 100 N acts on a body of mass 50kg then acceleration produced is

3 ms^-2
2 ms^-2
0.5 ms^-2
0 ms^-2

Question 15 of 200

15. Question

1 points

Time rate of change of position vector is called

Displacement
Velocity
Acceleration
Momentum

Question 16 of 200

16. Question

1 points

At maximum height in projectile motion and are

Parallel
Anti parallel
Perpendicular
None

Question 17 of 200

17. Question

1 points

If H = R then angle of projection is

45o
60o
76o
90o

Question 18 of 200

18. Question

1 points

A ball is thrown and follows a parabolic path, as shown above. Air friction is negligible. Point Q is the highest point on the path. Which of the following best indicates the direction of the acceleration, if any, of the ball at point Q?

Question 19 of 200

19. Question

1 points

A force of 10 N acts on a body for 5 sec. What will be the change in momentum?

10 N.s
5 N.s
50 N.s
100 N.s

Question 20 of 200

20. Question

1 points

A particle moves through half of a circle of radius 1.0m in one second. The magnitude of average velocity is

3.14 m/s
2.0 m/s
1.9 m/s
Zero

Question 21 of 200

21. Question

1 points

A player throws a ball at an angle with the horizontal, the height is maximum when is equal to

0 ^o
30 ^o
45 ^o
90 ^o

Question 22 of 200

22. Question

1 points

Which graph represents the zero acceleration

Question 23 of 200

23. Question

1 points

Imran travels 2m with speed v1 and then 2m with speed v2, his average speed is:

Question 24 of 200

24. Question

1 points

If a stone is released from moving train, then the stone will follow

Hyperbolic path
Straight path
Parabolic path
Circular path

Question 25 of 200

25. Question

1 points

With the help of V–t graph we can find

Acceleration
Distance
Force
Both ‘A’ and ‘B’

Question 26 of 200

26. Question

1 points

At the highest point, the velocity of projectile is

Maximum
Zero
Minimum
Equal to half of x – component of velocity

Question 27 of 200

27. Question

1 points

The magnitude of acceleration produced in an object is inversely proportional with

Momentum
Mass
Velocity
Force

Question 28 of 200

28. Question

1 points

Velocity is defined as:

Rate of change of position with time
Position divided by time
Rate of change of acceleration with time
Change of Position

Question 29 of 200

29. Question

1 points

The magnitude of instantaneous velocity is expressed by

None

Question 30 of 200

30. Question

1 points

A ball is projected at 45o its horizontal range is 10m. Velocity of projection is

5 m/s
10 m/s
15 m/s
20 m/s

Question 31 of 200

31. Question

1 points

A body, whose momentum is constant, must have constant

Force
Velocity
Acceleration
All of these

Question 32 of 200

32. Question

1 points

If distance covered is zero. The displacement

Must be zero
May or may not be zero
Cannot be zero
Depend upon body

Question 33 of 200

33. Question

1 points

A person can throw a stone to maximum distance of 80m the greatest height to which he can throw the stone is

100 m
80 m
50 m
20 m

Question 34 of 200

34. Question

1 points

A force of 5N acts on a body of 5kg for 5 sec. The rate of change of momentum is

25N
50 N
5 N
125 N

Question 35 of 200

35. Question

1 points

An aeroplane moving horizontally with 50 m/s drops a packet at 490 m height. Its time of flight is

50 sec
40 sec
10 sec
20 sec

Question 36 of 200

36. Question

1 points

A truck weighing 2500 kg and moving with a velocity of 21 m/s collides with stationary car weighing 1000 kg. The truck and the car move together after the impact. Calculate their common velocity.

15 m/s
5 m/s
10 m/s
20 m/s

Question 37 of 200

37. Question

1 points

A man is in a car is moving with velocity of 36Km/hr. his speed with respect to the car is.

10m/s
36m/s
Zero
Infinite

Question 38 of 200

38. Question

1 points

Instantaneous and average velocities become equal when body.

Has zero acceleration
Has uniform acceleration
Has variable acceleration
Moves in a circle

Question 39 of 200

39. Question

1 points

3rd law of motion explains.

Effect of force
Existence of a force
Existence of two forces
Existences of pair of forces in nature

Question 40 of 200

40. Question

1 points

Momentum depends upon.

Fore act on the body
Mass of the body
Velocity of the body
Both mass and velocity of the body

Question 41 of 200

41. Question

1 points

An athlete completes one round of a circular track of radius R in 40 sec. What will be his displacement at the end of 2 min. 20 sec

Zero
2R

Question 42 of 200

42. Question

1 points

The ratio of the numerical values of the average velocity and average speed of a body is always

Unity
Unity or less
Unity or more
Less than unity

Question 43 of 200

43. Question

1 points

From the following displacement-time graph find out the velocity of a moving body

1/√3 m/s
3 m/s
m/s

Question 44 of 200

44. Question

1 points

In doubling the mass and acceleration of the mass, the force acting on the mass with respect to the previous value

Decreases to half
Remains unchanged
Increases two times
Increases four times

Question 45 of 200

45. Question

1 points

K.E of a projectile at the highest point is half of its initial K.E the angle of projection is

30^°
45^°
60^°
76^°

Question 46 of 200

46. Question

1 points

A bullet is dropped from the same height when another bullet is fired horizontally. They will hit the ground

One after the other
Simultaneously
Depends on the observer
None of the above

Question 47 of 200

47. Question

1 points

The principle of conservation of linear momentum can be strictly applied during a collision between two particles provided the time of impact is

Extremely small
Moderately small
Extremely large
Depends on a particular case

Question 48 of 200

48. Question

1 points

When two bodies collide elastically, then

Kinetic energy of the system alone is conserved
Only momentum is conserved
Both energy and momentum are conserved
Neither energy nor momentum is conserved

Question 49 of 200

49. Question

1 points

When the speed of a moving body is doubled

Its acceleration is doubled
Its momentum is doubled
Its kinetic energy is doubled
Its potential energy is doubled

Question 50 of 200

50. Question

1 points

A body of mass m collides against a wall with a velocity v and rebounds with the same speed. Its change of momentum is

2 mv
mv
– mv
Zero

Question 51 of 200

51. Question

1 points

34.2g sucrose in cup of tea have how many number of C-atoms

1.2N_A
2.2N_A
12N_A
1.1N_A

Question 52 of 200

52. Question

1 points

6g C react with 22414 cm³ of O₂ to produce CO₂. How much non-limiting reactant is in excess

8g
16g
32g
18g

Question 53 of 200

53. Question

1 points

Total number of electrons present in 44.828 dm³ of Ne gas are

20N_A
24N_A
30N_A
10N_A

Question 54 of 200

54. Question

1 points

42g of N₂ react with excess of O₂ to produce NO amount of NO formed is

60g
32g
45g
90g

Question 55 of 200

55. Question

1 points

According to equation When 1mole of NH3 and 1 mol of O₂ react then

1 mole of H₂O is produced
All oxygen is consumed
1.5 mole of NO is formed
All NH3 is consumed

Question 56 of 200

56. Question

1 points

According to equation How many gram of H₂O is formed from mixture of 51g of NH3 and 48g of oxygen

32.4g
81g
27g
54g

Question 57 of 200

57. Question

1 points

Value of 1 amu is equal to

1.661×10²⁷kg
1/6.02×10²³g
6.02×10²³kg
1.661×10^-24kg

Question 58 of 200

58. Question

1 points

Combustion analysis is used to determine

%age composition
Empirical formula
Molecular formula
All of these

Question 59 of 200

59. Question

1 points

How many moles of magnesium phosphate Mg₃ (PO₄) ₂ will contain 0.25 mol of oxygen atoms

1/16
1/8
1/48
1/32

Question 60 of 200

60. Question

1 points

Avogadro’s number is the number of molecules present in

1g molecules
1 kg molecules
1dm³ molecules
1 Litre of molecules

Question 61 of 200

61. Question

1 points

Mg metal react with HCl to give hydrogen gas. What is minimum weight of HCl required to produce 6g of H₂

438g
219g
448g
125g

Question 62 of 200

62. Question

1 points

31g of CuCO3 on heating give 16g of CuO. What is %age yield of reaction(M. mass of CuCO3 = 124gmol^-1)

80%
85%
75%
50%

Question 63 of 200

63. Question

1 points

How many molecules of NH3 would be formed if 5.6dm³ of N₂ gas react with excess of H₂ according to following equation

1.505×10²³
3.01×10²³
6.02×10²³
2.4×10²⁴

Question 64 of 200

64. Question

1 points

Which of followings contains the maximum number of atoms

16g of oxygen atom
48g of ozone
16g of CH4 gas
All contain same number of atoms

Question 65 of 200

65. Question

1 points

Empirical formula of a hydrocarbon having 80% C and 20% of hydrogen is

CH
CH₃
CH₂
CH₄

Question 66 of 200

66. Question

1 points

2 mole of H₂S and 11.2 dm³ of SO₂ at STP react according to following equation What will be number of moles of Sulphur formed in the reaction

1.5
11.2
3
6

Question 67 of 200

67. Question

1 points

One of the substance is used to absorb CO₂ gas in combustion analysis. Which is that substance

50% KOH
Al₂O₃
Mg(ClO₄)2
SiO₂

Question 68 of 200

68. Question

1 points

Mass of 1.505×10²³ molecules of NH3 is

17g
8.5g
34g
4.25g

Question 69 of 200

69. Question

1 points

In combustion analysis, %age of which element in always determined by difference method

C
H
O
P

Question 70 of 200

70. Question

1 points

Mole may include _______ of the substance expressed in grams

Atomic mass
Molecular mass
Formula mass
All of these

Question 71 of 200

71. Question

1 points

Stoichiometric calculations are made when

Reaction is irreversible
No side reaction occurs
Law of conservation of mass and law of definite proportion are obeyed
All of these

Question 72 of 200

72. Question

1 points

Number of electrons in 1.7g of OH^–are

1.2 N_A
N_A
2.2 N_A
3.3 N_A

Question 73 of 200

73. Question

1 points

Yield which reflects the efficiency of a reaction

Actual yield
Theoretical yield
%age yield
All these reflect efficiency of reaction

Question 74 of 200

74. Question

1 points

Gas molecules are about _____ far away than their diameter

100 time
200 time
300 time
400 time

Question 75 of 200

75. Question

1 points

The value of ‘n’ in determining molecular formula is obtained from the relation

Question 76 of 200

76. Question

1 points

16g of unknown gas has volume of 11.2dm³ at STP. Unknown gas is

CO₂
CH4
HCl
O₂

Question 77 of 200

77. Question

1 points

From following equation, which relationship can be studied

Mass-volume
Mole-mass
Mass –mole
All relationship can be studied

Question 78 of 200

78. Question

1 points

Theoretical yield is always less than actual yield because

Some product is lost in experiment
Reversible reaction may occur
Errors are made in weighing the reactants or products
The given statement is not correct

Question 79 of 200

79. Question

1 points

The molar volume of SO₂ at RTP is

24dm³
22.4dm³
22.4cm³
100dm³

Question 80 of 200

80. Question

1 points

The Avogadro’s constant is the number of

Atoms in 1g of He
Molecules in 35.5g of chlorine gas
Electrons needed to deposit 24g of Mg
Atoms in 24g of Mg

Question 81 of 200

81. Question

1 points

The relative atomic mass of Neon is 20.18 amu. What is mass of 2 moles of Neon gas

40.36 amu
40.36g
10.09 amu
10.09 g

Question 82 of 200

82. Question

1 points

When 1 mole of each of the following is completely burnt in oxygen. Which will give largest mass of CO₂

Carbon monoxide
Diamond
Ethane
Methane

Question 83 of 200

83. Question

1 points

An atom of carbon is twelve times heavier than ____ atom

H
Ne
He
Li

Question 84 of 200

84. Question

1 points

What is the ration of volume of 2g of hydrogen and 16g Methane? If both volumes are at STP

1:8
1:2
1:1
2:1

Question 85 of 200

85. Question

1 points

0.25 moles of phosphoric acid produces moles of H⁺ ions

0.25 moles
0.75 moles
1.5 moles
0.5 moles

Question 86 of 200

86. Question

1 points

18.02g of H₂O sample has

0.2 N_A H-atoms
0.1 N_A O-atoms
6.02× 10²³ moles of H₂O
6.02 × 10²³ molecules of H₂O

Question 87 of 200

87. Question

1 points

Which of the following sample contain maximum number of atoms?

4g of H₂
28g of N₂
22.4 dm³ of CO₂ at STP
1.5 mole of O₂

Question 88 of 200

88. Question

1 points

Consider the following reaction involved in manufacture of ureaCO₂ + 2NH₃ →NH₂COONH₄
If 22g of CO₂ react with 34g of NH3 to form ammonium carbonate, the reaction is taken as irreversible and go to completion. Identify the limiting reagent and amount of ammonium carbamate formed

CO₂, 78g
NH₃, 78g
CO₂, 39g
NH₃, 39g

Question 89 of 200

89. Question

1 points

0.1 mole of Na₃PO₄ completely dissociates in water to produce Na⁺¹

6.02 × 10²²
6.02 × 10²³
1.806 × 10²³
1.86 × 10²²

Question 90 of 200

90. Question

1 points

A chemist is usually interested in

The rate of reaction
The mechanism of reaction
The theoretical yield of reaction
The efficiency of reaction

Question 91 of 200

91. Question

1 points

Total number of electrons present in 34 g OH^–are

9 N_A
18 N_A
10 N_A
20 N_A

Question 92 of 200

92. Question

1 points

Maximum number of molecules will be in

1g of H₂
7 g of N₂
16 g of O₂
44 g of CO₂

Question 93 of 200

93. Question

1 points

How many moles of oxygen(O₂) are required for complete combustion of two moles of propane (C₃H_)?

2
4
10
6

Question 94 of 200

94. Question

1 points

20.18 amu is the ___________ of Ne

Average atomic mass
Relative atomic mass
Fractional atomic mass
All of these

Question 95 of 200

95. Question

1 points

Hydrogen reacts with oxygen as shown below 2H₂(g) + O₂(g) 2H₂O(l).
How much gas will remain in container if 8g of oxygen (O₂) reacts with 9g of H₂.

1g
2g
4g
8g

Question 96 of 200

96. Question

1 points

Empirical formula of organic compound is CH₂O and molecular mass is 60g/mol. What is molecular formula

C₆H₁₂O₆
CH₃–CH₃
CH₃COOH
C₂H₆O

Question 97 of 200

97. Question

1 points

56g of Fe react with 24g of oxygen to produce Fe₂O₃. Which one is limiting reactant

Fe
O₂
Fe₂O₃
Both are consumed completely

Question 98 of 200

98. Question

1 points

The largest number of molecule is present in

3.6g of H₂O
4.8g of C₂H5OH
2.8g of CO
5.4g N₂O5

Question 99 of 200

99. Question

1 points

Mass of one carbon atom is

12amu
12/N_A
2×10^-23g
All of these

Question 100 of 200

100. Question

1 points

Number of electrons in 1.6g of methane

N_A / 2
N_A
1.2 N_A
N_A/5

Question 101 of 200

101. Question

1 points

In prokaryotic cells, the cell wall is primarily made up of:

Suberin
Chitin
Pectin
Murein

Question 102 of 200

102. Question

1 points

Identify the structure which is only found in animal cells:

Centrioles
Microtubules
Vacuole
Ribosomes

Question 103 of 200

103. Question

1 points

A cell has the following molecules and structures: enzymes, DNA, ribosomes, plasma membrane, andmitochondria. It could be a cell from:

A bacterium
An animal, but not a plant
A: plant, but not an animal
A plant or an animal

Question 104 of 200

104. Question

1 points

Which of the following is true about fluid mosaic model?

Proteins are embedded at places in the phospholipid bilayer
Phospholipid layer is sandwiched between two protein layers
Phospholipid monolayer is present on top of a protein layer
Phospholipid bilayer is present on top of a protein layer

Question 105 of 200

105. Question

1 points

A cell organelle common in protista and monera is:

Vacuole
Ribosome
Lysosome
Chloroplast

Question 106 of 200

106. Question

1 points

Many cells function properly and divide mitotically even though they do not have:

Plastids
Cytoskeleton
Mitochondria
Plasma membrane

Question 107 of 200

107. Question

1 points

In eukaryotic cells, nucleic acids are found in organelles other than the nucleus. Which of the following is correct?

DNA and RNA(Chloroplast) DNA(Ribosome) DNA and RNA(Mitochondria)
RNA(Chloroplast) DNA and RNA(Ribosome) RNA(Mitochondria)
DNA and RNA(Chloroplast) RNA(Ribosome) DNA and RNA(Mitochondria)
DNA and RNA (Chloroplast) RNA(Ribosome) DNA(Mitochondria)

Question 108 of 200

108. Question

1 points

Cell recognition and adhesion occur due to which of the following biochemicals of plasmalemma?

Lipids and filaments of cytoskeleton
Proteins and cholesterol molecules
Proteins and lipids
Glycoproteins and Glycolipids

Question 109 of 200

109. Question

1 points

Which is near to plasma membrane?

Tonoplast
Middle Lamella
Primary cell wall
Secondary cell wall

Question 110 of 200

110. Question

1 points

The rate of diffusion of a specific substance through a plasma membrane is affected by all of the following except:

Temperature
Availability of ATP
Size or mass of substance
Steepness of the concentration gradient

Question 111 of 200

111. Question

1 points

A white blood cell is capable of producing and releasing thousands of antibody molecules every second. Since antibodies are large, complex protein molecules, then how would you expect them to leave the cell?

By exocytosis
By pinocytosis
By active transport
By receptor-mediated endocytosis

Question 112 of 200

112. Question

1 points

Phagosomes and pinosomes are collectively referred to as:

Lysosomes
Endosomes
Glyoxysomes
Spherosomes

Question 113 of 200

113. Question

1 points

Middle lamella is:

Plasmalemma covering two cells together
A cell material between two adjacent cells
A pore in plasma membrane of cell
A cell wall between two adjacent cells

Question 114 of 200

114. Question

1 points

Cell wall shows:

Impermeability
Semi-permeability
Complete permeability
Differential permeability

Question 115 of 200

115. Question

1 points

Protoplasmic strands between adjacent plant cells are:

Desmosomes
Ectodesmata
Plasmodesmata
Protoplasmic fibrils

Question 116 of 200

116. Question

1 points

Which of the following is not a characteristic of the cytosol?

It surrounds the cytoskeleton
It is the fluid portion of cytoplasm
It is located inside the nucleus and organelles
It contains both organic and inorganic substances

Question 117 of 200

117. Question

1 points

Enzyme that facilitates the transport through cell membrane is:

Ligases
Permeases
Amylase
Endonucleases

Question 118 of 200

118. Question

1 points

What are the sac-like structures of endoplasmic reticulum?

Cristae
Tubules
Cisternae
Thylakoids

Question 119 of 200

119. Question

1 points

Which one of the following is correctly matched?

Microsomes – Photosynthesis
Centrosome – Enzymes for digestion
Lysosomes – Synthesis of amino acids
ER – Formation of new nuclear membrane

Question 120 of 200

120. Question

1 points

Endoplasmic reticulum of rapidly dividing cells is:

Absent
Nonfunctional
Poorly developed
Highly developed

Question 121 of 200

121. Question

1 points

Phospholipid molecules in a membrane are arranged with their ___________ on the exterior and their __________ on the interior.

Non-polar heads, polar tails
Hydrophilic heads, hydrophobic tails
Hydrophobic heads, hydrophilic tails
Hydrophobic tails, hydrophilic heads

Question 122 of 200

122. Question

1 points

Vesicles of SER are most likely on their way to:

Plastids
Nucleolus
Lysosomes
Golgi bodies

Question 123 of 200

123. Question

1 points

Dictyosomes are:

Golgi bodies
Another name of ribosomal sub-units
Respiratory particles
Places of flagellar origin

Question 124 of 200

124. Question

1 points

The fluidity of membranes in a plant in cold weather may be maintained by increasing:

Proportion of Integral proteins
Concentration of cholesterol in membranes
Number of phospholipids with saturated hydrocarbon tail
Number of phospholipids with unsaturated hydrocarbon tails

Question 125 of 200

125. Question

1 points

Besides giving out secretory vesicles, Golgi apparatus is also concerned with formation of:

Plastids
Cell wall in bacteria
Grana of chloroplasts
Phragmoplast in plants

Question 126 of 200

126. Question

1 points

Lysosomes are so called as they have:

Digestive enzymes
Oxidizing enzymes
Respiratory enzymes
Carboxylating enzymes

Question 127 of 200

127. Question

1 points

Why isn’t the mitochondrion classified as part of the endo-membrane system?

It only has two membrane
Its structure is not derived from the ER
It is not involved in protein synthesis
It is not attached to the outer nuclear envelope

Question 128 of 200

128. Question

1 points

Most hydrolytic enzymes of lysosomes function at:

Any pH
Acidic pH
Neutral pH
Alkaline pH

Question 129 of 200

129. Question

1 points

Which of the following correctly matches an organelle with its function?

Lysosome — Secretion
Nucleolus — Photosynthesis
Ribosome — Lipid synthesis
Mitochondria — Cellular respiration

Question 130 of 200

130. Question

1 points

How do membranes function as a locus of biochemical reactions?

Membrane lipids catalyze important cellular reactions
Membranes increase the activation energy for catalysis
Membranes hold enzymes of sequential reactions in close proximity
Membranes separate the reactants from products of enzymatic reactions

Question 131 of 200

131. Question

1 points

The inner membrane of mitochondria bears folding called ‘cristae’, which :

Increase ATP supply
Increase surface area for respiration
Increase thickness of wall
Keeps external substances away

Question 132 of 200

132. Question

1 points

Oxysomes occur on:

Thylakoids
Chloroplast surface
Mitochondrial surface
Inner mitochondrial membrane

Question 133 of 200

133. Question

1 points

During oxidation, long chain fatty acids are first converted to acetyl CoA in the:

Cytosol
Lysosomes
Microsomes
Mitochondria

Question 134 of 200

134. Question

1 points

Mitochondria is a semi autonomous organelle because it contains:

Proteins
DNA and RNA
RNA and ribosomes
DNA, mRNA, and ribosomes

Question 135 of 200

135. Question

1 points

Which of these is mismatched?

Elaioplasts — Store oils
Amyloplasts — Store protein granules
Chloroplasts — Contain chlorophyll
Leucoplasts — colorless with no pigment

Question 136 of 200

136. Question

1 points

Plastids possess:

Cristae
Thylakoids
Microtubules
Inner membrane

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